Yes and no. Primarily it is for figuring out evolutionary pathways...by grouping animals with similar traits into related families ("clades") it helps us to determine ancestry -- i.e. who evolved from whom...but because it deals with similarities and differences regarding traits, it can also be useful in determining speciation.
No. Generally, one species gives rise to two new species by geographic and reproductive isolation. Separate species mating at best gives nonviable hybrids.
If there is a new environment, it will likely attract species used to that environment. Maybe species not yet seen. If you don't count that as a new species then consider this, the new animals and species attracted to the new environment and landscapes might have a chance of breeding with other animals and species, creating a new species.
Generally when a species splits into two populations that are separated by some means that keeps the now individual gen pools from intermingling. This allows new alleles to arise in the separate populations and as time passes this frequency changes in alleles can give rise to new species.
Speciation is the process by which new biological species arise. It is part of the evolutionary process; how two or more populations of one species, when separated geographically, can gradually change over time in different ways, to become separate species.
In Sympathetic Speciation, a species evolves into a new species without any barriers that separate the populations.In Allopatric Speciation, a population divided by a barrier, each population evolves separately, and eventually two populations cannot successfully interbreed.
Technology breeds two animals to make new species.
No. Generally, one species gives rise to two new species by geographic and reproductive isolation. Separate species mating at best gives nonviable hybrids.
Yes there always is.
because different species could mate and make new species which could cause diseases and disabilities in new species.
to make new animals or to keep a certain species alive.
a new year separate to ours. it involves different animals.
me, ride me? we might make a new species ;)
All species are variation due to basically mutation in their DNA and sexual recombination. This leads to many variations in morphology( bodies ) and behavior. The easiest way to get a new species is process called allopactric speciation. This means that the species we are considering is split in two, usually by a geographic barrier. Then the species are isolated from each other, sometimes in new environments and have different mutations that are isolated in the now separate species separate gene pool. and so they begin to change both morphologically and behaviorally and agter some time can not interbreed any more. This process is branch like and the two species may go on as two separate species, such as we humans and chimpanzees. A good example is whales that were once land animals. When they went back to the sea not only were there allele changes but the environment changed for an animal that did much swimming to an animal that lived in the water.
the development of new species of farm animals.
The original species are not used to the new predators being in their environment, so they will become endangered and the new species will dominate.
once they can no longer breed and produce a fertile offspring with the other group they become a separate species
Have different animals have babies then let those babies have babies with different animals.